кандидат химических наук;
candidate of chemical sciences;
доктор технических наук;
doctor of technical sciences;
The paper demonstrates the potential applications of optical emission spectroscopy. A dielectric barrier discharge is used as the excitation source. It is implemented on a ‘Partsko’ experimental device with a mica plate (frequency 1–50 kHz, voltage on electrodes 3–5 kV) for diagnostics and monitoring of pollutants, in particular metals, in natural water bodies. This physico-chemical method is innovative and promising for identifying and analysing sources of metal contamination in wastewater from industrial enterprises, agricultural organisations, domestic facilities, and transport infrastructure.
The paper demonstrates the potential applications of optical emission spectroscopy. A dielectric barrier discharge is used as the excitation source. It is implemented on a ‘Partsko’ experimental device with a mica plate (frequency 1–50 kHz, voltage on electrodes 3–5 kV) for diagnostics and monitoring of pollutants, in particular metals, in natural water bodies. This physico-chemical method is innovative and promising for identifying and analysing sources of metal contamination in wastewater from industrial enterprises, agricultural organisations, domestic facilities, and transport infrastructure.